MIM applications are ideally suited for components that are relatively complex, very small, and will be produced in large quantities, at the same time requiring high strength, high performance and cost efficiency.

1. Complexity. The components can be created with complex-geometry features such as cross-drilled holes, threads and thin walls, usually requiring no secondary machining.

2. Material properties. Parts produced through the MIM process are comparable in density and strength to those made from wrought metal.

3. Tolerances. ±0.3% ~ ±0.5% of base dimension.

4. Finish. Typically around Ra 1.0.

5. Quality. Molding technic plus computer controlled automatic sinter process allows the parts to be produced in large quantity while maintaining consistent quality.

6. Cost efficiency. MIM is a cost-effective alternative to 3 dimensional complex parts.

Comparison between MIM & Other Processes